TEST DIRECTORY

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Laboratory：Hachioji

○adrenal medulla hormones

TEST NAME

 SPECIMEN
REQUIREMENT
（ｍL）		 CONTAINER CAP COLOR STORE
TEMPERATURE
(STABILITY)		 TURNAROUND
TIME (DAY)		 METHODOLOGY REFERENCE RANGE
(UNIT)

Catecholamines, total

aliquot of acidified 24 hrs urine
2
U00 Refrigeration
（28 days）
 3-5 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 52.0-195.3
(μg/day)

Catecholamine 3 fractionation 〔
A:adrenaline
NA:noradrenaline
DA:dopamine〕

Immediately Refrigerated
plasma
1.5
PN7
↓
A00 		Freeze
（1 month）
 3-5 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 Adrenaline
≦ 100
Noradrenaline
100-450
Dopamine
≦ 20
(pg/mL)

Catecholamine 3 fractionation 〔
A:adrenaline
NA:noradrenaline
DA:dopamine〕

CSF
1.5
A00 Freeze
 3-5 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 (pg/mL)

Catecholamine 3 fractionation 〔
A:adrenaline
NA:noradrenaline
DA:dopamine〕

aliquot of acidified 24 hrs urine
2
U00 Refrigeration
（28 days）
 3-5 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 Adrenaline
3.4-26.9
Noradrenaline
48.6-168.4
Dopamine
365.0-961.5
(μg/day)

Metanephrine/ Normetanephrine, fractionation

aliquot of acidified 24 hrs urine
2
U00 Refrigeration
（28 days）
 3-5 LC/MS/MS

LC/MS/MS（Liquid chromatography tandem mass spectrometry）
液体クロマトグラフィータンデム四重極型質量分析法
液体クロマトグラフで親和性の差を利用して目的とする物質の成分を分解し，質量分析計でさらに質量ごとに分離して特定の質量イオンを解離・フラグメント化させ，それらのイオンを検出する方法。

 Metanephrine
0.04-0.19
Normetanephrine
0.09-0.33
(mg/day)

L-dopa

Immediately Refrigerated
plasma
1.5
PN7
↓
A00 		Freeze
 5-11 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 1.2-2.2
(ng/mL)

Dopamine, total

Immediately Refrigerated
plasma
1.5
PN7
↓
A00 		Freeze
 5-11 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 1.8-7.7
(ng/mL)

Dopamine, total

CSF
1.5
A00 Freeze
 5-11 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 (ng/mL)

HVA

plasma
1.5
PN7
↓
A00 		Refrigeration
（21 days）
 3-6 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 4.4–15.1
(ng/mL)

HVA

CSF
1.5
A00 Refrigeration
（21 days）
 3-6 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 (ng/mL)

HVA

aliquot of acidified 24 hrs urine
1.5
U00 Refrigeration
（28 days）
 3-5 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 2.1-6.3
(mg/day)

VMA

plasma
1.5
PN7
↓
A00 		Refrigeration
（21 days）
 3-6 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 3.3-8.6
(ng/mL)

VMA

aliquot of acidified 24 hrs urine
1.5
U00 Refrigeration
（28 days）
 3-5 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 1.5-4.3
(mg/day)

Serotonin

whole blood (with EDTA-2Na)
1.0
PN2，PN5
↓
A00 		Freeze
 3-9 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 57-230
(ng/mL)

Serotonin

Immediately Refrigerated
plasma
1.5
PN7
↓
A00 		Freeze
 3-6 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 P (plasma)
0.04-0.35
PRP (platelet rich plasma)
0.17-0.62
(μg/mL)

5-Hydroxyindoleacetic Acid (5-HIAA)

plasma
1.5
PN7
↓
A00 		Refrigeration
（25 days）
 3-6 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 1.8-6.1
(ng/mL)

5-Hydroxyindoleacetic Acid (5-HIAA)

CSF
1.5
A00 Refrigeration
（25 days）
 3-6 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 (ng/mL)

5-Hydroxyindoleacetic Acid (5-HIAA)

aliquot of acidified 24 hrs urine
0.5
U00 Refrigeration
（28 days）
 3-5 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 1.0-6.0
(mg/day)

3-Methoxy-4-Hydroxyphenylglycol (MHPG)

plasma
1.5
PN7
↓
A00 		Freeze
（35 days）
 Please contact us in advance. HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 3.2-5.9
(ng/mL)

3-Methoxy-4-Hydroxyphenylglycol (MHPG)

CSF
1.5
A00 Freeze
 Please contact us in advance. HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 (ng/mL)

INACTIVE
Metanephrines 2 fractionation 〔
MN:metanephrines
NMN:normetanephrine〕（Suspended beyond orders placed 03-31-2020）

aliquot of acidified 24 hrs urine
2
U00 Freeze
（21 days）
 3-5 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 Metanephrines
0.04-0.19
Normetanephrine
0.09-0.33
(mg/day)

INACTIVE
Metanephrines, total（Suspended beyond orders placed 03-31-2020）

aliquot of acidified 24 hrs urine
2
U00 Freeze
（21 days）
 3-5 HPLC

High performance liquid chromatography (HPLC)
A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.

 0.13-0.52(mg/day)

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